Centrifugal filtration is a mechanical method of eliminating suspended solids from a source water stream using a centrifuge.
This self cleaning configuration provides specific capabilities to filter high levels of total suspended solids (TSS) up to 10,000mg/l in a wastewater stream even in the presence of trace oils/greases, fibers without back washing water requirements.
In wastewater treatment applications, these solids may range from silt, dirt, organics, plant material, etc.
GWT self cleaning centrifugal water filtration systems integrate Tequatic filtration technology for efficient solid liquid separation of high suspended solids wastewater sources.
These modular filtration systems can provide filtration efficiencies down to 15-30 micron, and they can be manifolded for typical flow rates ranging from 50 gpm (250 m3/d) to 4800 gpm (26,000 m3/d).
GWT centrifugal filter systems are designed to meet the specific and unique challenges of industrial and decentralized municipal wastewater treatment utilities requiring a solution to treat high TSS levels without back washing cycles.
The OPEX cost savings are noticed by implementing these systems in pre and post treatment applications for solids reduction, which have led to significant reductions of downstream chemicals and consumables for secondary/tertiary treatment systems such as dissolved air flotation systems.
These systems are best deployed to improve operation filtration performance efficiency within the following industries:
These systems typically require solids particle size to be less than 1/12 inch or 2000 micron. Therefore, source wastewater with large particle solids should be prescreened first for optimized filtration performance.
These self cleaning centrifugal filtration systems simply save our clients significant amounts of money in operating expenses related to chemical consumption costs due to high suspended solids concentrations in wastewater streams.
Enables downstream treatment systems to operate more efficiently and effectively and at typically lower operating cost.